Mosquito Ecology: Field Sampling Methods

ISBN-13: 9781402066658 / Angielski / Twarda / 2008 / 1477 str.

John B. Silver

Opis

The Third Edition of this popular reference work describes the methods and rationale for sampling mosquitoes. Originally written by Professor M. W. Service, the book has been updated by John B Silver. More than 1,000 new references have been added and out-of-date material has been removed. The book emphasizes the ecology and behavior of those species that play a role as vectors of human and animal diseases and infections. Designed to serve as a practical reference for field entomologists and mosquito control specialists, it describes sampling methods and trapping technologies and tools for the collection of mosquitoes from egg to adult.

Recenzje

From the reviews of the third edition:

"To have a new, updated edition is more than had been hoped for, and a real credit to John Silver ... who took on the necessary revision and produced such an excellent book. ... Mosquito Ecology is an essential purchase for any readers of the Annals who have an interest in vector-borne disease, and will be a welcome arrival for those researchers who have tried unsuccessfully to obtain the second edition. Hopefully, this third edition will remain available for a lot longer than the second." (P. J. McCall, Annals of Tropical Medicine and Parasitology, Vol. 102 (7), 2008)

"Mosquito Ecology: Field Sampling Methods ... provide a resource for field officers wanting to more effectively sample adult and larval mosquito populations. ... the text is well illustrated, providing simple line drawings of many of the traps described ... . it is a resource that any mosquito worker, entomologist, wetland scientist or public health officer can use to find effective methods to sample mosquito populations to better understand the role these insects play in disease outbreaks as well as local ecosystems." (Cameron E Webb, Australian Journal of Entomology, Vol. 47, 2008)

Spis treści

Designing a Mosquito Sampling Programme.- Sampling the Egg Population.- Sampling the Larval Population.- Sampling the Emerging Adult Population.- Sampling the Adult Resting Population.- Sampling Adults by Animal Bait Catches and by Animal-Baited Traps.- Blood-feeding and its Epidemiological Significance.- Sampling Adults with Non-attractant Traps.- Sampling Adults with Light-Traps.- Sampling Adults with Carbon Dioxide Traps.- Sampling Adults with Visual Attraction Traps, Sound Traps and Other Miscellaneous Attraction Traps.- Estimation of the Mortalities of the Immature Stages.- Methods of Age-grading Adults and Estimation of Adult Survival Rates.- Estimating the size of the Adult Population.- Measuring Adult Dispersal.- Experimental Hut Techniques.- Indices of Association and Species Diversity Indices.

O autorze

John B. Silver studied Zoology at Manchester University, UK and Medical Entomology and Applied Parasitology at the Liverpool School of Tropical Medicine under Professor M.W. Service. John has undertaken ecological research and published several articles on mosquito ecology. John now works as a freelance consultant for the United Nations in the areas of Health and International Development and lives in New York.

Blurb

Mosquito Ecology: Field Sampling Methods is the Third Edition of this popular reference work, originally devised and written by Professor M W Service and now updated by John B Silver. The purpose of the third edition is in keeping with the original vision of Professor Service to describe the methods and rationale for sampling mosquitoes, with particular emphasis on the ecology and behaviour of those species that play a role as vectors of human and animal diseases and infections. The book is designed to serve as a practical reference for field entomologists and mosquito control specialists and describes the sampling methods and available trapping technologies and tools for the collection of all life-stages of mosquitoes, from egg to adult. It also describes the techniques available for data analysis and discusses ecological principles of relevance to the study of field populations of mosquitoes. While concentrating primarily on mosquitoes, many of the techniques described are suitable for the study of other Diptera, including Ceratopogonidae, Chironomidae, Simuliidae, Phlebotominae, etc.